I write about coding and being a full-time software engineer.

Explores the concept of coupling in software development, its various forms, practical implications, and strategies to balance coupling and decoupling for better system architecture and maintainability.

A guide to processing real-world events in applications, with practical steps, strategies, and real-world examples. Elevate your system's resilience and adaptability.

Unlock the secrets to mastering cloud computing fundamentals with this comprehensive guide. From understanding key AWS components to hands-on training, the content is designed to refine knowledge and offer critical insights for exam preparation.

Learn accessing, searching and mutating array elements and gain essential knowledge to master array handling in JavaScript.

Get ahead in your career and business by using ChatGPT's advanced prompt techniques, including generating tables, controlling creativity with temperature settings, simulating an expert, creating unique business ideas, and explaining complex concepts in simple language.

Become a data-engineer in only one year and learn the basics of Python, SQL, Git, Linux, NoSQL, Big Data with Spark and Hadoop, AWS Cloud, DBT, Airflow and Kafka.

In many applications, you need random numbers. You might need to throw dice in video games, create a private cryptography key, or create a user’s temporary password.

Java is one of the most popular programming languages in use today. And a clean setup lets you seamlessly install Java and switch between different versions when you're building applications.

You might've seen the term k8s in different sources, and wondered what it means. Well, it means Kubernetes.

Containers are an essential tool for software development today. Running applications in any environment becomes easy when you leverage containers.

Containers make software engineering easier and more efficient, and Docker containers are popular and easy to use.

Containers enable you to package your application in a portable way that can run in many environments. The most popular container platform is Docker.

Containers are everywhere in today’s tech world. The most popular technology for container management is Docker. It makes using containers easy and helps you easily get applications up and running.

There are lots of data-storage options available today. You have to choose between managed or unmanaged, relational or NoSQL, write- or read-optimized, proprietary or open-source — and it doesn't end there.

There are different ways of running production services at a high scale. One popular solution for running containers in production is Kubernetes. But interacting with Kubernetes directly comes with some caveats.

Nowadays, two of the essential tools in a developer's toolbox are Docker and Kubernetes. Both let developers to package applications into containers to run them in different environments.

Docker has been widely adopted and is used to run and scale applications in production. Additionally, it can be used to start applications quickly by executing a single Docker command.

Docker has been widely adopted and is a great vehicle to deploy an application to the cloud (or some other Docker-ready infrastructure). It is also useful for local development. You can start complex applications quickly, develop in isolation, and still have a very good performance.

Word embeddings are used to create neural networks in a more flexible way. They can be built using neural networks that have a certain task, such as prediction of a target word for a given context word.

For small projects the bad performance is not a critical issue. For huge application rsync is our hero. Good old tools, and still reliable and important.